A Thermochemical Heat Storage System for Households: by Armand Fopah Lele

By Armand Fopah Lele

The e-book bargains a accomplished record at the layout and optimization of a thermochemical warmth garage process to be used in constructions. It combines theoretical and experimental paintings, with a distinct emphasis on model-based equipment. It describes the numerical modeling of the warmth exchanger, which permits restoration of approximately thirds of the waste warmth from either sun and thermal power. The publication additionally presents readers with a photograph of present learn on thermochemical garage structures, and an in-depth assessment of crucial recommendations and strategies in thermal administration modeling. It represents a helpful source for college kids, engineers and researchers drawn to thermal power garage methods, in addition to for these facing modeling and 3D simulations within the box of power and approach engineering.

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Extra info for A Thermochemical Heat Storage System for Households: Combined Investigations of Thermal Transfers Coupled to Chemical Reactions (Springer Theses)

Example text

The main objective of THSS in a micro-CHP system is to support the simultaneous of thermal and electrical energy production. A THSS can store thermal energy during phases when it can be produced in excess for use when it cannot be produced to meet the heat demand or when its production is not a priority. 1 shows an example of such system. , when it is more profitable to produce and sell larger quantities of electrical energy) (Katulić et al. 2014) via a © Springer International Publishing Switzerland 2016 A.

8 kW. Experiemental energy density: 124–180 kWh∙m−3 of material. 1 kW (cold storage). Theoretical energy density: 167 kWh∙m−3 of material. 5 kWh AEE-INTEC, Austria Reactor scale, Numerical scale and Prototype Bales (2008), Ng and Mintova (2008) ZAE-Bayern, Germany. SPF, Switzerland Reactor scale, Prototype Bales (2008), Hauer (2007) SJTU, China Reactor scale Lu et al. 5 kW. Experimental energy density: 160 kWh∙m−3 of material. Prototype energy density: 120 kWh∙m−3 Storage capacity: 12 kWh Charge: 45–50 ° C; Discharge: 15 °C for cooling.

It is most valuable characteristic of a thermal energy storage system. In the following different used terms of energy density are clarified: 1. the theoretical energy density (kJÁkg−1), widely used for sorption systems, is the maximal energy density of the material considering the porosity; 2. The mass energy density (kJÁkg−1), which is the ratio between the reaction enthalpy and the molecular mass; 3. The volume energy density (kJÁm−3), depending on the highest involved hydrates in the reaction (initial salt to be dehydrated), is calculated as the product of the mass energy density and the density of the salt particles (it is not the bulk density and therefore, the required porosity is not considered here); 4.

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